ND246 and ND301 are yellow dent corn (Zea mays L.) inbred lines developed in the corn breeding research program at the Agricultural Experiment Station, North Dakota State University. These lines were evaluated for yield and agronomic performance and in several hybrid combinations. ND246 is an AES200 maturity inbred released for its potential use to produce early maturing hybrids with good yields, low ear moisture at harvest, and high test weights. ND246 also appears to contribute good stalk and root lodging resistance to hybrids. ND301 is an early AES300 maturity inbred which has demonstrated high yield potential in several hybrid combinations. This inbred appears to produce hybrids with acceptable lodging resistance, good test weights, and...
Announcement on the North Dakota Experiment Station's development of a new and effective hybrid seed...
Inbreds B102 (Reg. no. PL-281, PI 594045), B103 (Reg. no. PL- 282, PI 594046), B104 (Reg. no. PL-283...
A brief history of corn cross breeding and hybrids is given. The article focuses on ND265, a new inb...
ND246 and ND301 are yellow dent corn (Zea mays L.) inbred lines developed in the corn breeding resea...
Three new inbred corn lines and two germplasm source corn breeding sources are discussed, their bree...
ND247 and ND248 are yellow dent corn (Zea mays L.) inbred lines developed within the corn improvemen...
This article gives background into the development and introduction of tow new inbred lines for the ...
The article discusses ND249, ND250, and ND251 which were new yellow dent inbred lines developed in t...
ND100 and ND300 are yellow dent corn (Zea mays L.) inbred lines developed in the research program at...
NDSBF was the newest yellow dent synthetic released by the North Dakota Agricultural Experiment Stat...
Information on performance of experimental corn hybrids and their parental inhreds is of importance ...
This is a discussion of ND261, a new line of corn, released in March 1987. This inbred hybrid appear...
A new method has been tested by the author for the last two years to indirectly select corn plants w...
Hybrid selection is one of the most important decisions a producer will make. Hybrid traits are intr...
The article discusses the need for a new ?parental? line for the improvement of corn hybrids. Future...
Announcement on the North Dakota Experiment Station's development of a new and effective hybrid seed...
Inbreds B102 (Reg. no. PL-281, PI 594045), B103 (Reg. no. PL- 282, PI 594046), B104 (Reg. no. PL-283...
A brief history of corn cross breeding and hybrids is given. The article focuses on ND265, a new inb...
ND246 and ND301 are yellow dent corn (Zea mays L.) inbred lines developed in the corn breeding resea...
Three new inbred corn lines and two germplasm source corn breeding sources are discussed, their bree...
ND247 and ND248 are yellow dent corn (Zea mays L.) inbred lines developed within the corn improvemen...
This article gives background into the development and introduction of tow new inbred lines for the ...
The article discusses ND249, ND250, and ND251 which were new yellow dent inbred lines developed in t...
ND100 and ND300 are yellow dent corn (Zea mays L.) inbred lines developed in the research program at...
NDSBF was the newest yellow dent synthetic released by the North Dakota Agricultural Experiment Stat...
Information on performance of experimental corn hybrids and their parental inhreds is of importance ...
This is a discussion of ND261, a new line of corn, released in March 1987. This inbred hybrid appear...
A new method has been tested by the author for the last two years to indirectly select corn plants w...
Hybrid selection is one of the most important decisions a producer will make. Hybrid traits are intr...
The article discusses the need for a new ?parental? line for the improvement of corn hybrids. Future...
Announcement on the North Dakota Experiment Station's development of a new and effective hybrid seed...
Inbreds B102 (Reg. no. PL-281, PI 594045), B103 (Reg. no. PL- 282, PI 594046), B104 (Reg. no. PL-283...
A brief history of corn cross breeding and hybrids is given. The article focuses on ND265, a new inb...